2010 PORSCHE PANAMERA light

· 80 ·· 81 ·
Do you leave chasing af ter the
latest technological fad to others?
Do you instead place value on
that which is useful, sensible, and
reliable? We’re on the same wave-
length.Lighting concept.
All models are equipped with a
driving light assistant, which
switches the lights on auto -
matically when it gets dark. As standard, all Panamera models
feature Bi-Xenon headlights with
dynamic range adjustment and

a headlight cleaning system.
With dipped or main beam, the
road ahead is illuminated more uniformly. The lighting system
features an automatic switch - of f
and the ‘Welcome Home’ function
– a customisable delayed switch-
of f timer that keeps the day time
running lights, the taillights and,
where applicable, the courtesy
lights (p. 83) switched on until

you reach your front door.
Standard equipment on all
Panamera models are the LED
day time running lights. On the
Panamera Turbo, each headlight
unit has four LED spotlights;
on all other models, the LEDs are
arranged horizontally in the front
light units. Day time running lights
improve safet y in the day time
as they make you more visible to
other road users.
Also contained in the front light
units are the direction indicators,
bar-shaped LED light guides
in the form of position lights or –
exclusively reserved for the
Panamera Turbo – LED light guides
as a border for the indicators.
Nice to know that quick and safe evasive manoeuvres
are possible in an emergency.
Safety.
Night light design Panamera models Panamera Turbo night light design Panamera S and Panamera 4S night light design
Balance | Safet y

· 82 ·· 83 ·
The Porsche Dynamic Light Sys-
tem (PDLS) is standard on the
Panamera Turbo and available as
an option for all other Panamera
models. Its dynamic cornering
light function swivels the head -
lights towards the inside of a bend
based on steering angle and road
speed and the static cornering
lights activate the auxiliary head -
lights in order to illuminate more
of the road on tight bends and
turns. Put simply, when you enter
a bend, the road ahead is illumi -
nated immediately so you can see
any obstacles much sooner.
The system also features speed-
dependent headlight range con -
trol. With adaptive light systems,
it is possible for the maximum
range of the dipped beams to be
increased as a function of the
speed of the vehicle. PDLS takes
care of this automatically. Stage
1 is the basic position for driving in cit y traffic,
for example. Stage
2 is for designed for driving at
faster
speeds, such as on the
motorway. Here, the range of the
dipped beams is adjusted by
adapting the shape of the light
cone, extending it further forward
to improve visibilit y without
dazzling oncoming traffic.
Another feature of the PDLS,
the adverse weather function, is
activated when you switch on
the rear fog
light. It reduces the
effect of reflection phenomena
in poor visibility conditions, e.g.
fog,
heav y rain or snow fall. The
dipped beams are fanned out
and the light cone is lowered to
reduce
the risk of the driver
being
dazzled.
Vehicles with the driver memory
package or 14-way power seats
with memory package (standard
in the Panamera Turbo) feature LED courtesy lights in the exterior
mirrors to illuminate the area
around the doors.
In the event of sudden braking,
the adaptive LED brake lights of
the Panamera model range pulsate
to alert following traffic more
quickly to a critical situation.
Cut ting edge LED technology is
also used for the taillights, the
additional brake light in the rear
lid, the rear direction indicators
and the rear fog light. LEDs
provide bet ter illumination and
respond more quickly to driver
input. Not only do they increase
active safet y in this way, they are
energy ef ficient, eco -friendly
and have a longer service life than
conventional bulbs. Furthermore,
their design is unmistakably

Porsche, day or night.
Cornering lights of the Porsche Dynamic Light System (PDLS)
Balance | Safet y

· 84 ·· 85 ·
Porsche brakes are renowned
for their stopping power, set ting
the standards for deceleration
and stabilit y. They are designed to
cope with extreme forces such
as those experienced during hard
braking.
The Panamera, Panamera 4,
Panamera S and Panamera 4S all
have a braking system equipped
with six-piston aluminium mono -
bloc fixed brake calipers at the front and four-piston aluminium
monobloc fixed calipers at
the rear. The brake calipers on
the Panamera and Panamera 4
are finished in black; on the
Panamera S and Panamera 4S,
they are silver-coloured.

The brake disc diameters are
360 mm and 330 mm at the
front and rear respectively.
Owing to its greater engine
power, the Panamera Turbo’s braking system features red-
painted six-piston aluminium mono
-
bloc
fixed brake calipers at the
front and a four-piston unit at the
rear, and brake discs with a
diameter of 390 mm at the front
and 350 mm at the rear for
outstanding braking performance
and a short braking distance.
The brake calipers have an
enclosed monobloc construction.
This makes them tough but light
and enables a rapid response and
release of the brake. The pedal
travel is short and easy to control.
All models have grooved brake
discs ensuring optimum braking
even under extreme conditions.
The discs are internally vented for
rapid heat dispersal.
The Panamera models are also
equipped with an anti-lock braking system (ABS), designed to keep
deceleration constant. A specially
designed air duct cools the brakes
effectively and, for added safet y,
a brake pad wear indicator for
each wheel informs you when the
brake pads need to be replaced.
The electric parking brake, which
you can activate and deactivate
manually, releases automatically
as you pull away. With the hill-hold function, you can pull away with
-
out ever rolling back. The system
automatically detects when the
vehicle has come to a halt on an
uphill gradient. PSM then main -
tains the brake pressure at all four
wheels for a brief period to pre -
vent the vehicle from moving in
the opposite direction.
Standard brake system on Panamera and Panamera 4Standard brake system on Panamera S and
Panamera 4SStandard brake system on Panamera Turbo
Balance
| Safet y
On any long journey, there will come a time
when you have to stop.
Brakes.

· 86 ·· 87 ·
Balance | Safet y
On request, we can equip any
Panamera model in the range with
a braking system that has already
had to cope with the harshest
requirements of the racetrack: the
Porsche Ceramic Composite Brake (PCCB). For the Panamera
and Panamera S models, it is
available only in conjunction with
19 -inch wheels or larger and for
the Panamera Turbo, it is com
-
patible only with 20 -inch wheels.
On the Panamera and
Panamera S models, the cross-
drilled ceramic brake discs have
a diameter of 390 mm at the
front and 350 mm at the rear. To
cope with more powerful brak -
ing on the Panamera Turbo,
these discs are 410 mm at the
front and 350 mm at the rear.
PCCB is characterised by its low
thermal expansion, which pre -
vents deformation under heav y
braking. Furthermore, the
ceramic brake discs are totally
resistant to corrosion and offer
more favourable noise- damping
properties. The use of six-piston aluminium
monobloc brake calipers on the
front axle and four-piston units at
the rear – all finished in yellow
– ensures extremely high brake
forces which, crucially, are excep
-
tionally consistent. The pedal
response is fast and precise with
only moderate input required.
All the necessary ingredients are
there for a short braking distance,
even in the toughest conditions.
Moreover, safet y under braking at
high speeds is increased thanks
to the excellent fade resistance of
PCCB.
The key advantage of PCCB is
the extremely low weight of the
ceramic brake discs, which are
approximately 50 % lighter than
standard discs of similar design
and size. As well as enhancing
performance and fuel economy, this represents a major reduction
in unsprung and rotating masses.
The consequence of this is bet ter
road holding and increased com
-
fort, particularly on uneven roads,
as well as greater agilit y and
improved handling. Please note that circuit racing,
track day use and other forms of
performance driving can signifi
-
cantly reduce the service life of
even the most durable brake pads
and discs.
As with conventional high-
performance braking systems,
we recommend that all brake
components be professionally
inspected and replaced where
necessary after every track
event.
PCCB
Presumably, you won’t be using your Panamera for motorsport activities.
But you never know.
Porsche Ceramic Composite Brake (PCCB).

· 88 ·· 89 ·
of impact and minimise deforma-
tion of the passenger cell. Pas -
sive safet y is
further enhanced
by the aluminium
subframe on
the front axle, which is designed
to deform in a defined manner.
A rigid bulkhead cross member
reduces deformation of the foot -
well in the event of an impact
and provides improved protection
for the feet and legs. In a minor
collision, a system of easily
replaceable impact absorbers
prevents costly damage to the
underlying bodyshell.
The axles, bonnet, front wings,
doors and rear lid are made of
aluminium, which saves on weight
and therefore fuel.
Active bonnet system.
The active bonnet system is
designed with enhanced pedes-
trian safet y in mind. When the
sensors in the front apron detect
a collision, this pyrotechnically
assisted system raises the rear
portion of the bonnet, which can
help to reduce the risk of injury.
The ongoing development of the
light weight steel construction
used in Porsche vehicles makes a
key contribution to the level of
safet y of fered by the Panamera
model range. Indeed, the rigidit y
of the body work is exemplary.
The fully galvanised and light
-
weight hybrid construction, made
from super- high -tensile and
stainless steels, magnesium and
aluminium, produces a highly
resilient passenger cell that of fers
high levels of protection in the
event of an impact. A patented
system of longitudinal and trans -
verse members at the front gives
three separate load paths that
absorb energy, disperse the force
Magnesium
Aluminium
Deep-drawn steels
Super- high -streng th micro -alloyed steels
Polyphase steels
Boron-alloyed steels
Balance | Safet y
It sometimes pays to be a tough nut to crack.
Engineered safety design.
Active bonnet system

· 92 ·· 93 ·

concerned, we are already among
those manufacturers achieving
the lowest CO2 em issio ns. T h is
has been achieved through the
new ef ficient engine technology
(e.g. by DFI and VarioCam Plus),
light weight construction, optimum
aerodynamics and low rolling
resistance. This high level of environmental
responsibilit y is clearly demon
-
strated by our approach to envi -
ronmental management at the
Porsche Development Centre in
Weissach. Here, all technological
developments are carried out
with environmental protection in
mind. The goal is pure perform -
ance – but not at the expense of
the environment. A goal achieved
by the Panamera.
Fuel economy and emission
control.
Vehicles manufactured by Porsche
demonstrate that even high-
performance sportscars can
achieve moderate fuel consump -
tion and
exhaust emission values
in their
respective categor y.
The balance is exemplary: the
Panamera, Panamera 4 and
Panamera Turbo comply with the
Euro 5 emission standard in
Europe and the LEV regulations in
the USA, the Panamera S and
Panamera 4S meet the require -
ments of EU 5 and ULEV.
This is achieved through the use
of fuel- ef ficient technologies such
as direct fuel injection (DFI, p. 51)
and VarioCam Plus (p. 52).
Efficient emission control is
achieved by a t wo -stage cascade-
t ype cataly tic converter, which
comprises t wo monoliths arranged
in series. These specially coated
substrates contain ultra-fine honey -
comb
channels in which pollutants
are converted as exhaust gas
passes through.
The stereo Lambda control circuitr y
controls and monitors each cylin -
der bank separately. For each
exhaust tract, oxygen sensors
regulate the composition of the
exhaust gas, while another Lambda
s
ensor on each cylinder bank
monitors pollutant conversion in
the respective cataly tic converter.**
Environmental protection.
In an era of intensif ying debate
about global climate change and
CO
2 emissions, every automotive manufacturer is asking what it has
to of fer in terms of environmental
protection. Our answer has long
been the same: maximum effi
-
ciency. Porsche has been reducing the
CO
2 emissions of its vehicles
by an average of around 1.7 %*
every year for the past 15 years.
As far as engine output is
As a Panamera driver, you are responsible for four people.
We are responsible for everyone else.
Porsche and the environment.
Balance | Environment
* The stated reduction in fuel consumption
has been calculated from the NEDC (New
European Drive Cycle) fuel consumption
figures for the respective model years
of the vehicles and in relation to the
applicable European legislation.
** Not in markets with leaded fuel.

· 94 ·· 95 ·
In models with the V8 engine,
exhaust gas cleaning is supported
by an air injection system. A com-
pressor pumps extra air into the
exhaust tract during the cataly tic
converter warm-up phase for
faster heating and, therefore,
lower emissions.
Other measures for improving fuel
economy are the Auto start/stop
function (p. 50) and electrical
system recuperation, whereby the
vehicle bat tery is charged pre-
dominantly under braking. Under
acceleration, on the other hand,
the charging current of the regu -
lated alternator is reduced so that
the engine does not need to work
as hard to charge the bat tery.
Lightweight construction and
recycling.
A fundamental objective in the
development of any Porsche is
intelligent lightweight construction.
For both economical and ecologi -
cal reasons. This forms the basis
for low fuel consumption values in conjunction with outstanding
performance. It is economical
thanks to the high proportion of
aluminium cast alloys, plastics
and super-high-strength sheet
steel used. This is substantially
more stable and lighter than

conventional steel. The Panamera
models have a bodyshell with a
light weight-metal content of 23 %.
For example, the bonnet, doors,
front wings and rear lid are made
of aluminium, which saves on
weight and has a positive ef fect
on the environmental balance:
according to eco balance sheets,
the extra energy used and the
higher emissions incurred in the
manufacturing of aluminium
are more than compensated by
the savings on fuel af ter only a
relatively short distance.
It is also responsible because all
materials used are meticulously
selected. We use only innovative
and environmentally friendly com -
ponents. All light weight materials
are easily recyclable and each
material is labelled to facilitate its
separation for recycling. The reduction in the number of plastic
variants helps to ensure more
efficient recycling. Recycled plas
-
tics are used where they meet our
exacting technical requirements
In all, the Panamera is approxi -
mately 95 % recyclable.
In addition, Porsche uses only
environmentally friendly water-
based paints, thus reducing
the need for solvents both in pro -
duction and in the workshop.
The Panamera is also absolutely
free of asbestos, CFCs and
components manufactured using
CFCs because, here at Porsche,
environmental protection does
not begin at the end of a vehicle’s
life. It starts at the planning and
development stage.
Balance | Environment

· 96 ·· 97 ·
Balance | Environment
Fuel.
All Porsche models – including the
Panamera – are already designed
to operate on fuels with an ethanol
content of up to 10 %. Ethanol
has a positive impact on the CO
2 balance since the plants grown
for the production of this biofuel
also absorb CO
2 from the atmo
-
sphere.
The release of hydrocarbons
from the fuel system has been
minimised thanks in no small part
to the active carbon filter and the
multilayered material from which
the fuel tank is made. All fuel lines
are made from multilayered plastic,
steel or aluminium.
Noise.
The Panamera complies with
all applicable noise regulations
without any form of engine en -
capsulation. To achieve this,
noises are eliminated at source. Engine parts are stif f, moving
parts are light weight and toler-
ances are kept to a minimum.
No nuisance noise to be heard,
just the characteristic Porsche
sound.
Servicing.
Long service intervals are not

only more convenient, they
reduce ownership costs. They
also promote a more sparing
use of consumables and replace -
ment parts, which is in both our
interests. For you, lower costs
and saved time are t wo major
benefits, but perhaps the greatest
benefit is for the environment.
For full details of service intervals,
please refer to the separate price
list.